The continent generated 1,727 TWh of solar in the 12 months through April 2026, edging past gas at 1,711 TWh. China drove nearly three quarters of the shift, and gas buildout is starting to feel the squeeze.
For the first time on record, more of Asia's electricity came from solar panels than from gas turbines. Solar generated 1,727 terawatt-hours across the continent in the 12 months through April 2026, edging past gas at 1,711 TWh and making panels the region's third-largest power source, according to Carbon Brief's analysis of Ember's monthly Asia data.
The crossover is narrow. The rolling 12-month gap of about 16 TWh is small enough that a single quarter of cloudy weather in northern China, or a cold snap that pulls gas back into the merit order, could temporarily close it. But the direction is one-way, and the underlying trend has been building since 2020. Solar generation across the region has roughly quadrupled since then, and the continent accounts for about 60% of global solar growth over that period, while gas output has been almost flat. Coal still leads the continent at roughly 52% of generation and hydropower sits at roughly 12%, but the third-place slot is now held by a technology that has gone from marginal to mainstream inside a decade.
China is the structural force behind that curve. Nearly three-quarters of Asia's solar growth since 2020 has been installed there, with the country adding 315 GW of solar capacity in 2025 alone and reaching 1.2 TW of cumulative installed capacity. China also hosts more than 80% of the world's solar manufacturing capacity, a position that has turned its export policy into an energy variable for the rest of the continent. Chinese solar exports to the rest of Asia doubled in March 2026, hitting a record high, as energy security concerns among import-dependent economies pushed governments and utilities to lock in solar panels while fuel markets stayed volatile.
Gas is not just losing to solar. Liquefied natural gas supply disruptions since 2022 have made spot cargoes expensive and unreliable across the import-dependent parts of the region, and the resulting fuel economics are visible in the generation data: gas-fired output in Asia has risen only about 6% even as installed gas capacity grew 22% between 2019 and 2024. That gap between nameplate and actual generation is a fleet of underutilized power plants, and it is starting to feed back into the build pipeline. Roughly 81 GW of planned Asian gas capacity was cancelled in 2022 and 2023, a signal that lenders and developers are repricing the fuel's role. The IEA's World Energy Investment 2026 flags affordability and reliability concerns as a growing drag on gas-reliant power systems, even where new terminals are still being commissioned.
The Asia milestone sits inside a wider pattern of clean-energy firsts this year. In April 2026, global wind and solar generation together surpassed gas-fired generation for the first time in a single month, Reuters reported citing Ember data. Asia's crossover is a regional echo of that global line, with a heavier weight on China and on the rooftop and utility-scale solar that the country's supply chain has made cheaper than any other continent can build.
What to watch next is whether the crossover holds once summer demand peaks. If monsoon rains underperform in India and Southeast Asia, hydropower's 12% share will fall and gas will get called on to fill the gap, narrowing the lead. If China's grid absorbs the next 200 GW of solar at the same curtailment rates it managed in 2025, the rolling 12-month gap will widen rather than close. Either outcome carries a planning consequence: the Ember Asia electricity data explorer will show whether April's record was an inflection or a pause, and the next round of LNG contract negotiations will show whether Asian buyers still treat gas as the bridge fuel, or have started pricing it as the backup.